The SUPERMAX® Shell & Plate Heat Exchanger provides the thermal efficiency and compactness of a plate & frame unit under conditions that would ordinarily call for a shell & tube unit. With its high heat transfer efficiency, SUPERMAX requires only 30–50% of the space and up to 70% less weight compared to an equivalent S&T exchanger. (read more)

The new Tranter super-size SM-54 SUPERMAX® Shell & Plate Heat Exchanger gives you an outstanding alternative to large shell & tube exchangers. (read more)

The SupermaxTM all-welded plate heat exchanger incorporates the benefits of plate and frame exchangers without gaskets. The SupermaxTM all-welded plate heat exchanger provides the thermal efficiency and compactness of a plate and frame unit under conditions that would ordinarily call for a shell and... (read more)

Ice Qubes' Vertical Mount Heat Exchangers are a low cost alternative to an enclosure A/C. (read more)

One stop Heat Exchanger Replacement, Refurbishment, Parts, Repair & Service. Fast reliable solution that save our customers money. (read more)

Achieve greater heat recovery with an Anguil Shell and Tube Heat Exchanger! (read more)

Replace old heat recovery equipment and dramatically reduce your energy consumption with a state of the art Plate Type or Shell-and-Tube heat exchanger from Anguil. (read more)

SWEP's double-wall models are designed for applications where high thermal efficiency is required, at the same time as the risk of internal leakage between the two fluids must be minimized. The DW-line offers thermal efficiency and compactness that is superior to any other double-wall heat exchanger on the market. (read more)

Expand heat exchanger tubes into tube sheets through the direct application of high internal hydraulic pressure. Direct Hydraulic expansion with pure water produces clean joints. Minimize stress, crevice corrosion, and metallurgical changes, avoid forcing lubricant into the tube surface & prevent surface flaking or spalling inside the tube. (read more)

Technology Born In The Process Industries: The spiral heat exchanger was developed in the 1920s for use in the paper industry by the Swedish engineer Curt Rosenblad. For the first time, a heat exchanger was available that allowed troublefree heat transfer between particle-loaded process streams. (read more)